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  1. The 80C186EB is the first product in a new genera-tion of low-power, high-integration microprocessors. It enhances the existing 186 family by offering new features and new operating modes. The 80C186EB is object code compatible with the 80C186XL/ 80C188XL microprocessors. The 80L186EB is the 3V version of the 80C186EB.

  2. The 80C186EB is the first product in a new generation of low-power, high-integration microprocessors. It enhances the existing 186 family by offering new features and new operating modes. The 80C186EB is object code compatible with the 80C186XL/80C188XL microprocessors. Full Static Operation. True CMOS Inputs and Outputs.

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  3. The 80C186EB is a second generation CHMOS High-Integration microprocessor It has features that are new. to the 80C186 family and include a STATIC CPU core an enhanced Chip Select decode unit two independent. Serial Channels I O ports and the capability of Idle or Powerdown low power modes.

  4. 80C186EB/80C188EB Microprocessor User’s Manual February 1995. Information in this document is provided solely to enable use of Intel products. Intel assumes no ...

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  6. A greatly simplified block diagram of the 80186 architecture. Die of Intel 80186. The Intel 80186, also known as the iAPX 186, [9] or just 186, is a microprocessor and microcontroller introduced in 1982. It was based on the Intel 8086 and, like it, had a 16-bit external data bus multiplexed with a 20-bit address bus .

    • 6 MHz to 25 MHz
    • 6 MHz to 25 MHz
    • 1982
    • x86-16
  7. The 80C186EB is a second generation CHMOS High-Integration microprocessor. It has features that are new. to the 80C186 family and include a STATIC CPU core, an enhanced Chip Select decode unit, two independent. Seria l Channels, I/O ports, and the capability of Idle or Powerdown low power modes.

  8. 80C186EB, 80C188EB, 80L186EB, and 80L188EB 16-bit high-integration embedded processors. These devices are produced using Innovasic’s Managed IC Lifetime Extension System (MILES™). This cloning technology, which produces replacement ICs beyond simple emulations, is designed to achieve compatibility with the original device, including any